uncertain anchor nodes 不确定锚节点
At last, the thesis analyses the effect on the localization caused by the anchor nodes’density and the anchor nodes’position.
最后,分析了锚节点的数量和参考锚节点的位置对定位结果的影响。
参考来源 - 基于RSSI的无线传感器网络测距和定位技术研究The bounding-box algorithm realizes self-localization based on anchor nodes in communication range with simplicity and little computation.
边界盒算法利用通信范围内锚节点的区域位置信息实现自身定位。
参考来源 - WSN中一种改进的边界盒定位算法·2,447,543篇论文数据,部分数据来源于NoteExpress
Simulations show that average positioning error less than 21% of nodes' radio range in a scenario where an average connectivity is 8 and anchor nodes is 20.
仿真实验显示,在网络连接度为8、参考节点数量为20的情况下,平均定位误差小于节点射频通信距离的21%。
The localization of sensor nodes, which is the foundation of the other applications, is to determine self-position using a certain localization scheme, according to the anchor nodes.
本地化的传感器节点,这是其他的应用程序的基础,是使用一定的本地化方案,以确定自身位置,根据锚节点。
One reason for this is that the choice of anchor is dependent on the figure being used by the nodes at each end.
这样假定的一个原因是,锚的选择取决于各端上的节点正在使用的图形。
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